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In very large distributed computer systems, there are significant problems when one considers decentralization of control amongst agents managing resources. Probably the most difficult is that agents must make good fast coordinated decisions based on uncertain and differing views of the global system state. Our thesis is that despite such problems, effective decentralized control systems can be built based on a set of seven design principles which we describe. We also apply these principles to...
Topics: DTIC Archive, CALIFORNIA UNIV BERKELEY DEPT OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCES,...
CS 184 - Online Computer Graphics Instructor: Ravi Ramamoorthi Brief history of computer graphics, overview of the field. (Uses some historic and iconic images within fair use constraints for instruction.) Table of Contents: 00:00 - Foundations of Computer Graphics 00:46 - How far we've come: TEXT 01:47 - From Text to GUIs 02:28 - Drawing: Sketchpad (1963) 03:14 - Paint Systems 04:01 - Image Processing 04:39 - Modeling 06:35 - Rendering: 1960s (visibility) 09:14 - Rendering: 1970s (lighting)...
Topics: UC, Education, Berkeley, ucberkeley, course
CS 184 - Online Graphics Instructor: Ravi Ramamoorthi Course outline and logistics for the online graphics class Table of Contents: 00:00 - Foundations of Computer Graphics 00:13 - 3D Graphics Pipeline 01:31 - 3D Graphics Pipeline 04:03 - Assignment Logistics 05:47 - Workload
Topics: UC, Berkeley, course, Education, ucberkeley
First Online Lecture for Computer Graphics Course. Overview: Motivation of why 3D Graphics is important. Table of Contents: 00:00 - Foundations of Computer Graphics 00:29 - Instructor 03:11 - Goals 04:32 - Image Synthesis Examples 05:14 - Why Study 3D Computer Graphics? 05:43 - Applications 07:28 - Digital Visual Media 09:06 - Why Study 3D Computer Graphics?
Topics: Berkeley, ucberkeley, Education, UC, course
Online Graphics Course Viewing: Perspective Projection Table of Contents: 00:00 - Foundations of Computer Graphics 00:03 - Perspective Projection 01:06 - Overhead View of Our Screen 03:15 - In Matrices 04:33 - Verify 04:52 - Foundations of Computer Graphics
Topics: graphics, course, computer, science, UC, Education, Berkeley, ucberkeley
Online Graphics Course Transformations 2: Rotations Revisited and Coordinate Frames Table of Contents: 00:00 - Foundations of Computer Graphics 02:49 - Coordinate Frames: Rotations 05:16 - Geometric Interpretation 3D Rotations 05:41 - Axis-Angle formula (summary) 06:30 - Foundations of Computer Graphics
Topics: science, graphics, course, ucberkeley, Education, UC, Berkeley, computer
Online Graphics Course Transformations 1: Composing Transforms Table of Contents: 00:00 - Foundations of Computer Graphics 00:05 - Composing Transforms 00:51 - E.g. Composing rotations, scales
Topics: science, graphics, course, ucberkeley, Education, UC, Berkeley, computer
Online Graphics Course Transformations 2: Normals Table of Contents: 00:00 - Foundations of Computer Graphics 00:15 - Normals 05:41 - Finding Normal Transformation
Topics: science, graphics, course, ucberkeley, Education, UC, Berkeley, computer
Online Graphics Course Math Review: Creating a Coordinate Frame Table of Contents: 00:00 - Foundations of Computer Graphics 01:13 - Coordinate Frames 03:32 - Constructing a coordinate frame?
Topics: science, graphics, course, ucberkeley, Education, UC, Berkeley, computer
Online Graphics Course OpenGL 1: Window System Interaction and Callbacks Table of Contents: 00:01 - Foundations of Computer Graphics 00:13 - Window System Interaction 00:53 - Basic window interaction code 02:50 - Mouse motion (demo) 04:43 - Mouse drag (demo)
Topics: Berkeley, course, UC, Education, graphics, computer, science, ucberkeley
Online Graphics Course Math Review: Vectors and Cross Products Table of Contents: 00:00 - Foundations of Computer Graphics 02:04 - Cross product: Properties 03:13 - Cross product: Cartesian formula?
Topics: Berkeley, graphics, science, UC, computer, course, Education, ucberkeley
